Mercurial > hgsubversion
view tests/test_fetch_branches.py @ 658:d101b39f6c51
test_startrev: add a few assertions about clone lengths
A few tweaks are added to the test to ensure that all tests pass these
assertions:
Some fixtures fail them by resulting in empty clones. Explicitly
blacklisting such fixtures allows as to ensure that the other fixtures
continue to work as expected.
Other fixtures contain no files in trunk at HEAD, so we test them with
other subdirectories instead.
author | Dan Villiom Podlaski Christiansen <danchr@gmail.com> |
---|---|
date | Wed, 11 Aug 2010 19:57:34 +0200 |
parents | d2ef7220a079 |
children | e62e84a9464b |
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import test_util import unittest from mercurial import hg from mercurial import node from mercurial import util as hgutil class TestFetchBranches(test_util.TestBase): def _load_fixture_and_fetch(self, fixture_name, stupid, noupdate=True, subdir=''): return test_util.load_fixture_and_fetch(fixture_name, self.repo_path, self.wc_path, stupid=stupid, noupdate=noupdate, subdir=subdir) def _load_fixture_and_fetch_with_anchor(self, fixture_name, anchor): test_util.load_svndump_fixture(self.repo_path, fixture_name) source = '%s#%s' % (test_util.fileurl(self.repo_path), anchor) repo = hg.clone(self.ui(), source=source, dest=self.wc_path) return hg.repository(self.ui(), self.wc_path) def openbranches(self, repo): hctxs = [repo[hn] for hn in repo.heads()] branches = set(ctx.branch() for ctx in hctxs if ctx.extra().get('close', None) != '1') return sorted(branches) def test_rename_branch_parent(self, stupid=False): repo = self._load_fixture_and_fetch('rename_branch_parent_dir.svndump', stupid) heads = [repo[n] for n in repo.heads()] heads = dict([(ctx.branch(), ctx) for ctx in heads]) # Let these tests disabled yet as the fix is not obvious self.assertEqual(['dev_branch'], self.openbranches(repo)) def test_rename_branch_parent_stupid(self): self.test_rename_branch_parent(stupid=True) def test_unrelatedbranch(self, stupid=False): repo = self._load_fixture_and_fetch('unrelatedbranch.svndump', stupid) heads = [repo[n] for n in repo.heads()] heads = dict([(ctx.branch(), ctx) for ctx in heads]) # Let these tests disabled yet as the fix is not obvious self.assertEqual(heads['branch1'].manifest().keys(), ['b']) self.assertEqual(heads['branch2'].manifest().keys(), ['a', 'b']) def test_unrelatedbranch_stupid(self): self.test_unrelatedbranch(True) def test_unorderedbranch(self, stupid=False): repo = self._load_fixture_and_fetch('unorderedbranch.svndump', stupid) r = repo['branch'] self.assertEqual(0, r.parents()[0].rev()) self.assertEqual(['a', 'c', 'z'], sorted(r.manifest())) def test_unorderedbranch_stupid(self): self.test_unorderedbranch(True) def test_renamed_branch_to_trunk(self, stupid=False): repo = self._load_fixture_and_fetch('branch_rename_to_trunk.svndump', stupid) self.assertEqual(node.hex(repo['default'].node()), '14d252aef315857df241dd3fa4bc7833b09bd2f5') self.assertEqual(repo['default'].parents()[0].branch(), 'dev_branch') self.assertEqual(repo['old_trunk'].parents()[0].branch(), 'default') expected = ['default', 'old_trunk'] self.assertEqual(self.openbranches(repo), expected) def test_renamed_branch_to_trunk_stupid(self): self.test_renamed_branch_to_trunk(stupid=True) def test_replace_trunk_with_branch(self, stupid=False): repo = self._load_fixture_and_fetch('replace_trunk_with_branch.svndump', stupid) self.assertEqual(repo['default'].parents()[0].branch(), 'test') self.assertEqual(repo['tip'].branch(), 'default') self.assertEqual(repo['tip'].extra().get('close'), '1') self.assertEqual(self.openbranches(repo), ['default']) def test_copybeforeclose(self, stupid=False): repo = self._load_fixture_and_fetch('copybeforeclose.svndump', stupid) self.assertEqual(repo['tip'].branch(), 'test') self.assertEqual(repo['test'].extra().get('close'), '1') self.assertEqual(repo['test']['b'].data(), 'a\n') def test_copybeforeclose_stupid(self): self.test_copybeforeclose(True) def test_replace_trunk_with_branch_stupid(self): self.test_replace_trunk_with_branch(stupid=True) def test_branch_create_with_dir_delete_works(self, stupid=False): repo = self._load_fixture_and_fetch('branch_create_with_dir_delete.svndump', stupid) self.assertEqual(repo['tip'].manifest().keys(), ['alpha', 'beta', 'iota', 'gamma', ]) def test_branch_tip_update_to_default(self, stupid=False): repo = self._load_fixture_and_fetch('unorderedbranch.svndump', stupid, noupdate=False) self.assertEqual(repo[None].branch(), 'default') self.assertTrue('tip' not in repo[None].tags()) def test_branch_tip_update_to_default_stupid(self): self.test_branch_tip_update_to_default(True) def test_branch_pull_anchor(self): self.assertRaises(hgutil.Abort, self._load_fixture_and_fetch_with_anchor, 'unorderedbranch.svndump', 'NaN') repo = self._load_fixture_and_fetch_with_anchor( 'unorderedbranch.svndump', '4') self.assertTrue('c' not in repo.branchtags()) def test_branches_weird_moves(self, stupid=False): repo = self._load_fixture_and_fetch('renamedproject.svndump', stupid, subdir='project') heads = [repo[n] for n in repo.heads()] heads = dict((ctx.branch(), ctx) for ctx in heads) mdefault = sorted(heads['default'].manifest().keys()) mbranch = sorted(heads['branch'].manifest().keys()) self.assertEqual(mdefault, ['a', 'b', 'd/a']) self.assertEqual(mbranch, ['a']) def test_branches_weird_moves_stupid(self): self.test_branches_weird_moves(True) def test_branch_delete_parent_dir(self, stupid=False): repo = self._load_fixture_and_fetch('branch_delete_parent_dir.svndump', stupid) self.assertEqual(node.hex(repo['tip'].node()), '4108a81a82c7925d5551091165dc54c41b06a8a8') def test_replace_branch_with_branch(self, stupid=False): repo = self._load_fixture_and_fetch('replace_branch_with_branch.svndump', stupid) self.assertEqual(7, len(repo)) # tip is former topological branch1 being closed ctx = repo['tip'] self.assertEqual('1', ctx.extra().get('close', '0')) self.assertEqual('branch1', ctx.branch()) # r5 is where the replacement takes place ctx = repo[5] self.assertEqual(set(['a', 'c', 'dir/e', 'dir2/e', 'f', 'g']), set(ctx)) self.assertEqual('0', ctx.extra().get('close', '0')) self.assertEqual('branch1', ctx.branch()) self.assertEqual('c\n', ctx['c'].data()) self.assertEqual('d\n', ctx['a'].data()) self.assertEqual('e\n', ctx['dir/e'].data()) self.assertEqual('e\n', ctx['dir2/e'].data()) self.assertEqual('f\n', ctx['f'].data()) self.assertEqual('g\n', ctx['g'].data()) for f in ctx: self.assertTrue(not ctx[f].renamed()) def test_replace_branch_with_branch_stupid(self, stupid=False): self.test_replace_branch_with_branch(True) def suite(): all = [unittest.TestLoader().loadTestsFromTestCase(TestFetchBranches), ] return unittest.TestSuite(all)